The runners "windows-2022" and "windows-2019" both come with almost identical software, and we can still target Windows 10 21H2. The same goes for "macos-12", "macos-11" and "macos-10.15", where we can simply target 10.15 and get the same result. Only Ubuntu does not make it easy, as it doesn't easily allow targeting a certain OS version.
There is no point in completely separating these, as CMake can build out-of-tree just fine. Thus we can reduce the overall complexity significantly, and also detect far more problems ahead of time. As a side bonus, we get both debug and release packages in one go.
- Updates all workflow actions to the latest major version where possible.
- Updated GCC to version 10 on Ubuntu.
- Update Clang to version 14 on Ubuntu.
- Removed CodeQL as it turned out to be completely useless.
- Updated validation script.
- Updated build script
- Moved all auto-dependencies to a uniform subdirectory for easier caching and cleanup.
- Add an option to download or specify a path for libOBS+obs-frontend-api.
- Remove the dependency on the non-standard obs-frontend-apiConfig.cmake file.
- Add an option to download or specify a path for OBS Dependencies.
- Add an option to download or specify a path for Qt.
- Add an option to download or specify a path for AOM.
- Fix and improve architecture and platform detection.
- Fix some messages having two :, or no prefix at all.
- Fix detection of obs-frontend-api.
- Fix applying custom compiler and linker flags for MSVC and GNU-style builds.
- Use target_compile_options over add_compile_options for compatibility.
Due to OBS Studio not yet supporting ARM64 out of the box, we currently only provide builds for x86. Additionally, due to our use of C++17 (which we will not drop to C++14, don't bother asking), the minimum OSX version is 10.15.
The majority of users should have already switched or upgraded to Ubuntu 20.04 at this point, so there is no point in building further Ubuntu 18.04 versions. This saves us some CI slots, and also reduces the number of target systems to actually support.
Implements a manual and automatic update checker with support for both release and testing update channels, allowing users to stay as up to date as possible. It is fully compliant with privacy regulations around the world, as it stays completely silent and inactive until the user gives the Ok to connect to GitHub for the latest releases.
Ubuntu 20.04 has officially replaced 19.10 as the latest version, and is stable enough that people can move to it. The script doesn't change much for that. However we do remove the needless extra builds here and revert to the system installed clang version, which thanks to other pull requests now works fine. For Ubuntu 18.04 that is clang-8, while for Ubuntu 20.04 it is clang-9.
Crowding commits each language in its own commit, instead of merging multiple into one commit. This results in very spammy builds, to the point of several hundred being spawned in the same second.
Integrates Github Actions which is much much faster than AppVeyor in all areas, and even supports multiple workflows instead of forcing everything into just one workflow like AppVeyor does. Plus we get 20 parallel builds that nearly instantly finish, which results in much faster feedback without having to run our own Jenkins CI.
The builder and packager scripts have been adjusted to add support for both Windows and Linux, and both AppVeyor and Github Actions. Additionally to that, the builder script now correctly executes x32 and x64 steps in a chain, instead of waiting for the other architecture to finish first. This further reduces build times.
